Plant automated analysis system

Abstract

The present invention relates to an automatic analysis system for plants. The present invention comprises an introduction end for introducing a plant cultivation container and a discharge end for discharging the plant cultivation container. The introduction end and the discharge end are adjacently arranged and include a The supply transport unit in the introduction end area and the distribution transport unit movably provided in the discharge end area can minimize the moving distance and moving speed during the growth of the analysis target plant and reduce the impact on the analysis. The pressure of the target plant can effectively acquire various plant analysis data while minimizing the movement of the target plant, thereby improving the accuracy and efficiency of plant analysis.

Description

technical field [0001] The present invention relates to an automated plant analysis system, and in more detail, to an automated plant analysis system capable of minimizing the moving distance and moving speed during the breeding process of the plant to be analyzed to reduce stress, and capable of reducing stress while making the plant to be analyzed A variety of plant analysis data can be effectively obtained while minimizing the movement of the plant, thereby improving the accuracy and efficiency of plant analysis. Background technique [0002] In general, plant breeding is a series of integrated techniques aimed at cultivating higher quality or unique varieties compared with those currently being cultivated or those that have been cultivated in the past. [0003] Moreover, plant breeding will carry out a series of processes as follows, that is, in the multi-process of cultivating many plants, the characteristics of each individual are analyzed from the original population ...

AI Technical Summary

Problems solved by technology

[0009] First of all, in the aforementioned U.S. Patent No. US7506472B2, the introduction and extraction of the plant cultivation pot (10) is only realized at the one side inlet part of the storage transfer unit 22, so streamline operation cannot be realized. When a plant planted in a plant pot arranged at a specific position is to be moved to the analysis position, since the moving distance is relatively long, the time for the plant to be stressed becomes longer

As mentioned above, when the moving distance of the plant cultivation tank is long, it is necessary to increase the moving speed in order to carry out the analysis according to the set number of times, so there is a disadvantage that the intensity of the pressure on the plants increases.

[0010] Moreover, in order to introduce the plant cultivation pot (10) to the storage transfer unit (22), it is necessary to make the piston (42) of the drive cylinder (40) in the shuttle robot (34) expand and contract to perform a pressurizing action on the plant cultivation pot (10) , thus an impact force will be applied to the plant pots, and in order to realize the introduction of many plant pots (10) sequentially by using the piston (42) to push out, it is necessary to perform the work at a very fast speed, so there are Disadvantages of Cultivated Plants Exposed to Excessive Stress

[0011] As described above, in the case where the plant to be analyzed is repeatedly exposed to a variety of stresses, plant reproduction will be reduced, and abnormal responses caused by stress will be induced, and the stress response will be mistaken for a normal reproductive phenotype value, thereby Reduce the accuracy of plant analysis and have the disadvantage of not being able to stably realize the cultivation of plant varieties

[0012] In addition, in the aforementioned U.S. Patent No. US7506472B2, two shuttle robots (32) and (34) are used to move in a single belt conveyor (30), so the interference between the two will be caused when the introduction and extraction are carried out. Phenomenon, and produce standby time, so there is a shortcoming of low operating efficiency

Images